AR App Development Company

Revolutionizing Tourism with VLAD AR About VLAD ARVlad AR is revolutionizing the tourism industry by leveraging the power of Augmented Reality (AR) to create immersive, interactive, and memorable cultural experiences for travelers. Their mission is to transform the tourist experience by fostering a greater understanding and appreciation for the places you visit with the help of Vlad's application.Tourists can bring the cultural experiences to life by simply scanning a code that triggers virtual exhibitions by overlaying rich multimedia content onto the physical world.Business ChallengesRecognizing the critical gap of limitations in traditional methods of tourism including guided tours and informational plaques, Vlad AR set out to transform the tourist experience by harnessing the immersive capabilities of AR technology.To seamlessly integrate AR into their tourism efforts, Vlad AR required a technology solution that not only leveraged the latest AR technologies but also provided a smooth and intuitive user experience. They required a Flutter app capable of creating builds for both iOS and Android platforms, along with an intuitive admin panel for uploading exhibitions. Additionally, they required robust backend management capabilities to enable efficient content administration and customization.Our SolutionPartnering with Vlad AR, our team of experts at Oodles Technologies embarked on an extensive development journey to bring their vision to life. We adopted a structured, multifaceted approach tailored to meet their unique requirements, ensuring seamless integration of AR technology in their tourism platform,Mobile App Development & AR IntegrationWe developed a user-friendly mobile app using Google's cutting-edge Flutter framework. Our team of developers ensured exemplary performance and an intuitive experience across diverse iOS and Android devices. We integrated advanced augmented reality (AR) capabilities, allowing tourists to unlock immersive virtual exhibitions simply by scanning QR codes at historical sites and cultural landmarks.This enables users to visualize photorealistic 3D models of ancient monuments, artifacts and museum galleries directly overlaid in their real-world environment through their smartphone cameras.Robust Admin PanelTo elevate these AR experiences, we designed and implemented an intuitive admin panel directly within the mobile app using the Flutter framework. This allows administrators to efficiently manage and upload exhibitions, curating multimedia assets like 3D models, audio and video, and text to easily deploy immersive AR experiences through the app.Cross-Platform ExcellenceLeveraging our extensive expertise in cutting-edge mobile development and immersive visualization solutions, we meticulously tailored comprehensive , end-to-end solutions to meet Vlad AR's unique needs. Our team's cross-platform proficiency with powerful technologies like Google's Flutter framework and Laravel ecosystem ensured consistent high-performance experiences across the iOS and Android mobile apps as well as the feature-rich admin panel.This cross-platform excellence coupled with our specialization in emerging technologies like AR/VR enabled us to translate Vlad AR's ambitious vision into a market-leading , transformative tourism offering.Collaborative SupportThroughout the project lifecycle, we fostered a collaborative development process prioritizing close partnerships with the Vlad AR team. Our diverse pool of talent worked cohesively to align our solutions with Vlad AR's core vision and requirements. Through consistent guidance, knowledge sharing, and iterative feedback loops, we collaborated closely with the team to ensure a successful launch of Vlad AR's groundbreaking AR tourism platform.OutcomeThrough our expertise and dedication, we have helped Vlad AR achieve its vision of providing tourists with unforgettable cultural experiences. From immersive AR content that brings history to life to efficient backend administration tools, Vlad AR sets a new standard for modern tourism exploration.Why Choose Oodles Technologies For Your Next Dream AR ProjectFrom workplace safety inspections and industrial repair instructions, to guided museum tours and historically accurate reenactments of major events, AR has the power to turn previously passive observations into engagingly tactile experiences. By seamlessly integrating digital visuals, animations, multimedia, and instructions into the real-world environment, this technology bridges the gap between our physical and digital realities.Oodles Technologies remains committed to driving innovation and delivering exceptional results for our clients. VLAD AR's success demonstrates our firm's ability to provide transformative, future-focused solutions that merge physical and digital worlds. Contact us today to learn how we can help bring your vision to life, whether it's through augmented reality, virtual reality, or other cutting-edge technologies that enhance user experiences and drive business growth.Contact us here, and our experts will reply within 24 hours.Experience VLAD AR's groundbreaking augmented reality tourism platform for yourself. Visit our YouTube channel to watch an in-depth video showcasing its immersive features and innovative specifications. See first-hand how our skilled team at Oodles Technologies brought this transformative solution to life through cutting-edge mobile development and seamless AR integration :https://youtu.be/piaWNibFdjU?feature=shared

Area Of Work: Augmented Reality Industry: Travel and Hospitality

Arpita Pal

29 Apr 2024

Unreal AR : The Future of Augmented Reality is Here In the dynamic world of technology,augmented reality (AR)has been a buzzword for a while, promising transformative experiences across various sectors from gaming and entertainment to education and industry. But it's the recent advancements in platforms like Unreal Engine that are truly turning those promises into reality. Unreal AR, leveraging the powerhouse capabilities of Unreal Engine, is positioned at the forefront of this innovation, setting new benchmarks for what AR can achieve. Let's dive into howUnreal ARis reshaping the landscape and why it signifies a monumental leap toward the future of augmented reality.The Power of Unreal Engine in Augmented RealityUnreal Engine, developed by Epic Games, has long been recognized for its robust features in game development and visual fidelity. Its venture into AR is driven by the same engine capabilities that have powered countless AAA games, offering unmatched realism and interactivity. The integration of Unreal Engine into AR development brings several standout features to the table:1. High-Fidelity Visuals and Rendering: Unreal Engine is synonymous with high-quality visuals and photorealistic rendering. This translates into AR experiences that are not only more immersive but also more believable. The use of advanced lighting and shading models enhances the integration of digital objects with the real world.2. Real-Time Interactivity:With its roots in gaming, Unreal Engine excels in supporting real-time interactions, which is crucial for AR. Users can interact with augmented elements seamlessly, with immediate response times, making experiences more engaging and fluid.3. Massive Ecosystem and Community: Unreal Engine boasts a vast community of developers and a rich ecosystem of plugins and tools. This network fosters an environment of innovation and sharing, speeding up the development process and allowing for the rapid prototyping of ideas.4. Multiplatform Support: Unreal Engine's ability to deploy across various platforms is a significant advantage. AR experiences built on Unreal can be easily adapted for iOS, Android, Windows, and even newer AR glasses, making them widely accessible.The Technological Framework Behind Unreal AR1. Unreal Engine:The team utilizes Unreal Engine as the primary game engine for developing augmented reality experiences. It provides powerful tools for rendering 3D graphics, physics simulation, animation, and interaction.2. ARCore and ARKit: Our team leverages ARCore and ARKit, provided by Google and Apple respectively, for building AR experiences on Android and iOS devices. Unreal Engine has built-in support for ARCore and ARKit, allowing for the creation of AR apps that utilize features like motion tracking, environmental understanding, and light estimation.3. UE4AR plugin: We utilize the UE4AR plugin, which integrates ARCore and ARKit functionalities into Unreal Engine projects, streamlining the development process for AR apps.4. OpenCV: OpenCV (Open Source Computer Vision Library) is used for computer vision tasks in AR applications. It provides libraries and algorithms for tasks like object detection, image processing, and feature tracking, which are essential for creating interactive AR experiences.5. 3D Modeling Software: Our team uses 3D modeling software like Blender, Maya, or 3ds Max to create and manipulate 3D assets for use in AR applications. These tools allow for the creation of detailed 3D models, animations, and textures that enhance the visual quality of AR experiences.6. Unity Integration:While Unreal Engine is the primary engine for AR development, Unity may also be utilized for certain projects or for porting AR experiences to different platforms. Unity provides similar capabilities for AR development and has its own ecosystem of plugins and assets.7.Machine Learning and AI:Integration of machine learning and AI technologies enhances AR experiences by enabling features like object recognition, gesture recognition, and real-time content generation. This integration makes AR applications more intelligent and responsive to user interactions.8. Cloud Services:Cloud services like AWS (Amazon Web Services) or Microsoft Azure are utilized for backend infrastructure, data storage, and computation-intensive tasks in AR applications. These services support features like cloud-based image recognition, multiplayer interactions, and content delivery.Applications of Unreal AR1. Education: Unreal AR can revolutionize education by offering interactive learning experiences. Students can explore historical events through augmented reality tours, interact with 3D models of complex concepts, or participate in virtual field trips to distant locations.2. Training and Simulation: Unreal AR is invaluable for training simulations in fields such as healthcare, aviation, and manufacturing. Medical students can practice surgical procedures on virtual patients, pilots can undergo flight training in simulated environments, and factory workers can learn to operate machinery safely.3. Retail and Marketing: Retailers can use Unreal AR to create interactive shopping experiences for customers. Augmented reality try-on solutions allow shoppers to virtually try on clothing and accessories, while AR product visualizations enable them to see how furniture or appliances would look in their homes before making a purchase.4. Real Estate:Unreal AR can enhance the real estate industry by offering virtual property tours and immersive visualization experiences. Potential buyers can explore properties in augmented reality, visualize renovations or interior designs, and even walk through virtual neighborhoods to get a feel for different areas.5. Entertainment and Gaming: Unreal AR opens up new possibilities for immersive entertainment experiences. From location-based AR games that encourage exploration and social interaction to interactive storytelling experiences that blend the virtual and physical worlds, the entertainment industry can leverage Unreal AR to create captivating content.6. Architecture and Design: Architects and designers can use Unreal AR to visualize architectural designs and urban planning projects in real-world environments. Clients can walk through virtual buildings, see how different design options would look in their surroundings, and provide feedback before construction begins.7. Tourism and Hospitality: Unreal AR can enhance the tourism and hospitality industry by offering immersive experiences for travelers. Tourists can use AR apps to explore historical landmarks with interactive guides, discover hidden gems in cities, and learn about local culture and heritage.8. Healthcare:In healthcare, Unreal AR can be used for medical training, patient education, and surgical planning. Surgeons can practice complex procedures on virtual patients, medical students can learn anatomy through interactive 3D models, and patients can visualize their conditions and treatment options in augmented reality.Challenges and the Path ForwardWhile the trajectory of Unreal AR is impressive, there are challenges that need addressing to fully realize its potential. These include:Hardware Limitations:Current AR hardware, such as headsets and glasses, often faces limitations in terms of display technology, battery life, and field of view. The development of more sophisticated and user-friendly AR hardware is crucial for the widespread adoption of high-quality AR experiences.User Experience Design: Designing for AR involves understanding spatial interactions and user environment. Unreal developers are constantly refining UX/UI to be more intuitive to ensure that AR applications are as user-friendly as they are technologically advanced.Privacy and Security: As with any technology that blends digital and real worlds, AR raises concerns about privacy and data security. Ensuring robust security measures and addressing privacy concerns transparently is essential for gaining user trust.The Future of Unreal ARLooking ahead, the future of AR with Unreal Engine seems not just promising but revolutionary. As technology progresses, we can anticipate even more seamless integration of AR in daily life. Areas like remote work, real estate, healthcare, and retail will likely see groundbreaking changes with AR applications becoming more prevalent and robust.Moreover, with the ongoing development of 5G technology, AR experiences will become more responsive and stable, allowing for more complex and interactive applications that can be used in more dynamic ways. This could redefine how we interact with the digital world, making it a tangible part of our physical reality.ConclusionUnreal AR is not just enhancing current AR capabilities but redefining them, providing a glimpse into a future where our digital and physical realities are intertwined more seamlessly than ever before. For developers, businesses, and end-users, Unreal AR offers a compelling glimpse of that future, inviting everyone to not just witness but participate in its unfolding.In conclusion, Unreal AR exemplifies the fusion of cutting-edge technology with creative innovation, setting a new standard for what augmented reality can achieve. As we stand on the brink of this new reality, the excitement is palpable, and the possibilities are limitless. The future of AR is here, and it is Unreal.Our expertise in AR development ensures seamless integration of AR solutions tailored to your specific business needs, providing a competitive edge in today's dynamic market.Contact us here, to start your transformative AR retail journey and our experts will get back to you in 24 hours.Check out our YouTube channel to dive deeper into our expertise by exploring our insightful videos:https://www.youtube.com/watch?v=7PMtZp88_Ds

Area Of Work: Augmented Reality , Game Development Industry: Entertainment

Arpita Pal

29 Apr 2024

Clicks Don't Convert? AR Marketing Drives Engagement & Results Augmented Reality (AR) is revolutionizing the way businesses market their products and services, providing a more immersive and engaging experience for customers. As traditional digital marketing strategies, such as display ads and social media campaigns, struggle to capture and retain attention, AR marketing has emerged as a powerful tool to drive engagement and conversion rates. This blog explores how augmented reality is transforming marketing worldwide to through interactive and personalized experiences, providing dynamic experiences to their customers.How AR Elevates The Marketing Process To Bridge the Gap Between Businesses and Consumers1. Bridging the Physical-Digital Divide: AR marketing bridges the gap between the physical and digital worlds, allowing customers to interact with virtual elements overlaid on their real-world environment. This seamless integration creates a unique and memorable experience, strengthening the emotional connection between consumers and brands.2. Immersive Product Visualization: One of the most significant advantages of AR marketing is its ability to provide realistic and immersive product visualization. Customers can virtually place and interact with products in their own surroundings, enabling them to visualize how the product would look and fit in their space. This level of personalization and customization increases customer confidence and reduces the risk of buyer's remorse, leading to higher conversion rates.3. Interactive Brand Experiences: AR marketing allows brands to create interactive and engaging experiences that go beyond static content. Customers can participate in gamified experiences, virtual try-ons, and interactive storytelling, fostering a deeper emotional connection with the brand. These engaging experiences are more likely to be shared on social media, increasing brand awareness and reach.4. Data-Driven Insights: AR marketing platforms provide valuable data and analytics, allowing businesses to understand customer behavior, preferences, and engagement patterns. This data can be used to refine marketing strategies, personalize experiences, and optimize campaigns for better results.5. Cost-Effective and Scalable: Compared to traditional marketing methods, AR marketing can be more cost-effective and scalable. Once the AR experience is developed, it can be easily distributed through mobile apps or web-based platforms, reaching a vast audience without the need for physical installations or extensive logistics.Understanding the Technical Workflow For Implementation of AR in Marketing:1. Virtual Try-On Applications:A game-changer in the marketing field, virtual try-on applications bring consumers closer to the actual experience of using the product by overlaying 3D models onto their physical environment without having to purchase the product first. These technologies necessitate a greater understanding of spatial analysis, 3D model rendering, rendering optimization, real-time data processing, and computer vision among other AR-based technologies. By mastering these technologies, developers and businesses can make the AR experiences more realistic and user-friendly for the customer.The virtual try-on process can be initiated by utilizing computer vision for detecting the user's face or body features from the camera and implementing real-time 3D rendering to overlay virtual products such as clothing, accessories, or make up on them. Having gesture or touch controls within the application for trying on different product variations can empower consumers to explore diverse options, enhancing their virtual-try on experiences.2. Interactive Product Visualization:For interactive product visualization, image recognition detects and tracks real-world products, images, or markers. Realistic 3D product models are anchored and rendered at the detected locations.Users can rotate, zoom, explode 3D models for detailed viewing via intuitive interactions like voice commands or gestures. Engagement metrics like time spent, model interactions, and shares are tracked.3. Augmented Retail Experiences:AR advertising and brand activations are developed as immersive web-based or native app experiences. Image tracking, surface detection, and markerless AR trigger dynamic 3D animations, characters, and interactive elements blended with the real world. Gamification, social sharing, and calls-to-action drive engagement. Ad metrics like impressions, interactions, dwell time, and conversions are measured.4. AR Social Media Campaigns:For AR social media campaigns, branded AR filters, lenses or effects leverage facial recognition and augment user selfies. Shareable AR experiences align with marketing campaigns or product launches. User-generated content and social sharing amplify reach and engagement. Social analytics cover shares, impressions, audience demographics.5. AR Advertising & Brand ActivationsAR advertising and brand activations are developed as immersive web-based or native app experiences. Image tracking, surface detection, and markerless AR trigger dynamic 3D animations, characters, and interactive elements blended with the real world. Gamification, social sharing, and calls-to-action drive engagement. Ad metrics like impressions, interactions, dwell time, and conversions are measured.Across these AR marketing applications, computer vision, 3D rendering, spatial mapping, cloud integration, and analytics interconnect to create immersive, interactive experiences bridging digital and physical realms, while providing measurable marketing impact.Final ThoughtsDespite the potential of AR marketing, it is essential to note that it should complement, rather than replace, traditional marketing efforts. A well-rounded marketing strategy that incorporates AR experiences alongside other tactics is likely to yield the best results. As technology continues to advance and consumer preferences evolve, AR marketing presents a significant opportunity for businesses to differentiate themselves, enhance customer engagement, and drive tangible results. Our expertise in AR development ensures seamless integration of AR solutions tailored to your specific business needs, providing a competitive edge in today's dynamic market. Contact us here, to start your transformative AR retail journey today.Check out our YouTube channel to dive deeper into our expertise by exploring our insightful videos: https://www.youtube.com/watch?v=7MeqRWEEGWA

Area Of Work: Augmented Reality

Arpita Pal

03 Jun 2024

How Designing And Modelling Benefits From Augmented Reality Augmented Reality incorporates digital data and real-world structures to construct an interactive experience for its users. The device's software and algorithms perform computational processing on the captured data to generate information to place them in the user's field of view via an augmented reality app. Components in AR involveartificial intelligence, sensors, tracking systems, projection-based display systems and more to display virtual elements in the physical environment in real-time. Augmented Reality's application is found in many industries due to its impressive ability to create customizable prototypes that help to demonstrate how a structure would appear in a specific environment. Based on these models, designers make the necessary changes to carve out the best design and remove any element that does not serve the purpose. For industries ranging from gaming, retail, healthcare, education to manufacturing and many more, AR heavily depends on design and modeling to develop virtual 3D models for them. This article explores how design and modeling industries greatly benefit from augmented reality and how its influence extends to many other use cases.Types of Augmented Reality1) Marker-Based AR: It was popularly used in generating initial versions of augmented reality technology. A marker-based augmented experience is initiated when a user scans a photo or an image (marker) from an augmented reality app through the user's device. The AR app utilizes image recognition to trigger generated content from the app to make it appear on the photo (marker). The markers help to determine where the generated content should appear in the form of filters. It uses components such as camera, image capture and processing, and can stored either on the device or on the cloud.2) Marker-Less AR:It performs processing on the surrounding environment to place the 3D-generated content in the user's field of view on a real-time basis without requiring markers to determine its position. This technology utilizes a recognition algorithm, localization and mapping to analyze and identify any patterns and similarities in the environment through components including sensors, GPS, accelerometer etc. These components determine the direction where the generated content will be placed in real-time and do not require prefilled data sets to identify new objects. Following are the four kinds of marker-less AR technologies:a) Location-Based AR: For this type of marker-less AR, the geographic location of the user and sensors placed in the device are utilized for placing the generated content. The AR is connected with the location of the users which is accessed by the AR algorithm through GPS, accelerometer etc. The generated data changes as per the changes happening in the location of the user in real-time.b) Projection-Based AR: Known as Spatial Augmented Reality, this marker-less AR technology utilizes projectors to display 3D-generated content with the user's physical environment. Its components include projectors, calibration devices, software for content generation, media servers etc. to project computer-generated content on real-world physical structures to provide an immersive experience to its user.c) Contour AR: It leverages special cameras to detect outlines and silhouettes of physical objects to display computer-generated 3D content on real-world structures to form an interactive experience for the user. It is mainly utilized in navigation for enhanced security while driving to avoid accidents in low-visibility areas.d) Overlay AR: This technology works by replacing the actual real-world object with its virtual version. It does so by first retrieving and analyzing the characteristics of the real-world object and then replacing it with its enhanced digital version to provide an engaging comprehensive perspective to its user.Benefits of Augmented RealityIn Designing:1) Enhanced Visualization For Product Design:Design without visualization is similar to leading into development blindly. This is mainly because designers would not know what changes are required in the design as they would have no idea about the kind of experience users will have with the final product. Augmented reality in design aids in designers in giving structure to their designs before committing resources to the final product. The ability to create a prototype allows designers to eliminate any inconsistencies and errors in the design, make changes and have them reflected instantly, and see how they will look in the real world sense before the final production. This proves to be advantageous in improving speed of the development process and reducing costs for the organization.2) Greater Collaboration: With augmented reality, designers can create virtual collaboration platforms where teams can connect and design together digitally facilitating greater collaboration among team members. As members work together, they are instantly updated about any changes made by other team members which helps to maintain synchrony in the design and development process. Also, companies can utilize augmented reality for showcasing prototypes to their clients where they can witness the current progress of development as visualized by the design team. And designers can incorporate any changes instantly in case of any suggested alterations.3) Faster Development Process:Designing and its development are collaborative processes where multiple teams come together from the initiation phase to the final production phase to turn an idea into reality. With multiple people involved, companies use augmented reality to create a centralized digital platform where designers and developers are updated immediately in case of any changes and avoid inconsistency in the process. Without such a platform, the process may create confusion and chaos which can cause delays in the production process.4) Improved User Experience:Augmented reality borrows from virtual and mixed reality to create an interactive experience for its users. With this feature, designers can create engaging experiences by integrating features from virtual realities where users can interact in numerous ways through visual, auditory, haptic, olfactory etc types of AR devices.Also Read: Enhance Virtual Shopping Experiences With Retail Metaverse DevelopmentIn Modelling:1) Cost Efficiency: Repeated changes and frequent updates in the design can considerably increase the time and cost of the development process. AR-based modeling facilitates designers with a customizable platform where they can alter the design as many times as they require without utilizing costly resources repeatedly. This greatly helps in bringing the cost down for the project and saves time and money for the organization.2) Real-Time Visualization: Augmented Reality helps designers create a virtual 3D model of their design and make changes to the structure instantly as and when new additions are made. It is greatly beneficial in speeding up the design and overall development process as the concerned team members won't have to wait for a long time to see how their final design will appear as a model as the changes will be reflected instantly.3) Prototyping: AR-based prototyping provides designers the opportunity to create as many versions of the model as possible without the chances of exhausting resources for the organization. Prototyping makes it possible for designers to refine their designs with repeated attempts to make the final design foolproof and ready for development.Use Cases of Augmented Reality in Industries1) Manufacturing:Augmented Reality in manufacturing can streamline workflows, provide greater visibility, accelerate processes for faster delivery and eliminate barriers to productivity for its various functions. AR provides visualization abilities to design, create prototypes and eliminate structural flaws for manufacturing products, demonstrate how various equipment work, resource allocation for warehousing and showcase it to clients to display how the final product will work.2) Healthcare:In healthcare, AR is gaining an increasing amount of importance a clearer understanding of human anatomy, surgical procedures, patient monitoring and providing medical training to doctors, nurses and staff regarding various procedures. It is also being utilized for facilitating remote guidance for surgical and diagnostic procedures.3) Gaming:In gaming, augmented reality aids in providing players with immersive and engaging experiences where audio and video elements are integrated with the player's environment instead of creating entire worlds in virtual realities. One of the most popular examples is Pokemon Go, where users had to search for Pokemon based on their availability in specific geographic locations. Other popular games have joined the suit such as Paranormal Activity, Halo, Star Wars, etc. by creating their own AR game versions.4) Education & Skill Training:Augmented Reality is utilized in education to replicate and enhance traditional modes of education through 3D computer-generated content as multimedia for better understanding and learning. It can aid teachers in helping students visualize and understand complex subjects by showcasing how things work, their cause and effect, etc and provide students with engaging and interactive experiences that contribute to their knowledge. Virtual classrooms and AR-based training can provide students/ employees with immersive platforms where they can receive a hands-on experience of their prescribed work before joining.5) Architecture:Computer-generated models in 3D for buildings can be created to display how it would appear in real life in specific locations. Especially for tricky structures such as underground tunnels, basements, etc, can be demonstrated to showcase how the construction would take place in these locations by using AR models. With these AR models, additional enhancements required can be found, and structural and design flaws can be eliminated early in the process before the construction of the physical building takes place. This would help save time and resources for the company as they can make the required changes before committing to the construction process of the building.Final ThoughtsAugmented reality has paved its way in many industries transforming the process of how the product goes through the journey from conceptualization to completing its development. It makes the job easier for designers and developers to communicate their ideas and progress with people of interest and give their designs new dimensions that aid in an easier visualization process. Moreover, with AR, companies are now able to offer immersive experiences to their customers that go beyond the limitations of 2D screens. Augmented reality has proved its rising significance through its numerous applications and its ability to boost visualization for complex designs for personal, professional and industrial usage. Companies like Apple, IKEA, Android, Target etc are investing heavily to provide their customers with AR-enabled engaging experiences with higher quality and efficient performances.Oodles Technologies is a tech-driven company offering innovation-driven solutions for enterprises globally.If your company is looking for solutions in AR to transform your business operations, we'd love to support your journey.You can contact us here, and our experts will get back to you in 24 hours.

Area Of Work: Augmented Reality , 3D Modelling Technology: Autodesk MAYA , Auto CAD , more

Arpita Pal

01 Nov 2023

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